Science & Technology

Climate scientists and computer scientists are working together to understand what drives the global climate system—from deep in the ocean to high in the sky.

Biomedical engineering doctoral student Kilean Lucas had three minutes and three slides to describe how nanomembranes could help diagnose cancer.

Physicians at the University of Rochester Medical Center have developed a new way to use 3D printing to fabricate artificial organs and human anatomy that mimics the real thing, even up to the point of bleeding when cut. These models are able to create highly realistic simulations for training and could soon be widely used to rehearse complex cases prior to surgery.

Individuals with diabetes have a high incidence of heart problems. A Medical Center study will determine if implantable defibrillators increase survival in this growing group of patients.

The Tibetan Plateau in China experiences some of the most extreme weather patterns on Earth, making it an ideal location for Rochester climate scientists to student the complex web of global climate patterns.

A “virtual” re-creation of early settlements on Smith's Island, Bermuda, offers professor Michael Jarvis and his students immersive experience of the site they are working to excavate.

“Libraries have been managing data for centuries,” says Marcy Strong, head of metadata service at River Campus Libraries. And in the new field of data science, practitioners will rely on work University librarians have long done.

In the musical realm, notes “between the cracks” of conventional pitches are called blue notes. Researchers at Rochester are using advanced tools of music technology to unlock the secrets of blue notes.

A computer model to help clinicians predict Parkinson’s disease progression has landed two Rochester undergraduates and their faculty mentor a top honor from the Michael J. Fox Foundation.

In 2013, a group of Rochester and NASA scientists proposed the NEOCam, or “Near-Earth Object Camera,” based on an infrared detector developed here in Rochester. This year, NASA announced extended funding for the program.

In one current clinical trial, biosensors worn by patients with Parkinson's and Huntington's disease generate 25 million measurements over a two-day period.

Chunlei Guo and his team have used lasers to make materials extremely water repellent. Now the researchers can visualize, for the first time, the complete evolution of micro- and nanoscale structural formation on the material’s surface.